Schwerpunktprogramm Halbleiter Spintronik

Projekte des Schwerpunktes

Nr.	Antragsteller	Titel
1	Prof. Dr. G. Abstreiter Dr. Dominique Bougeard	Silicon and germanium based magnetic semiconductors
4	Prof. Dr. M. Bayer	Non-linear optical spectroscopy for studying carrier spins in quantum dots
5	Prof. Dr. W. Belzig Dr. Mikhail Titov	Quantum Manipulation of Spins in Semiconductors
6	Dr. B. Beschoten	Coherent electrical spin injection and detection across ferromagnet-semiconductor interfaces
8	Dr. R. Bratschitsch Dr. Mikhail Fonin Prof. Dr. Ulrich Rüdiger	Quantum Dot Spins in High-Q Optical Resonators: Spin Meets Cavity QED
9	Prof. Dr. G. Burkard Prof. Dr. U. Schollwöck	Coherence and entanglement of spin qubits in semiconductor nanostructures
10	Prof. Dr. J. von Delft Prof. Dr. Yuval Gefen	Spin-dependent Transport through Many-Level Quantum Dots in Phase-Coherent and/or Nonequilibrium Conditions
11	Prof. Dr. G. Denninger	Experimental verification of the Spin Gunn Effect
13	Prof. Dr. U. Eckern PD Dr. Peter Schwab	Kinetic theory of spin dependent transport with strong spin-orbit scattering
16	Prof. Dr. J. Fabian	Theory of Spin Relaxation and Spin Dynamics in Silicon: From Bulk to Quantum Dots
17	Dr. S.F. Fischer Prof. Dr. Ulrich Kunze	Spin-dependant electron transport in GaAs/AlGaAs nanostructures
18	Prof. Dr. S. Ganichev	Investigation of Rashba and Dresselhaus spin-splittings in semiconductor quantum wells
21	Prof. Dr. R. Gross Dr. Sebastian T.B. Gönnenwein Dr. Matthias Opel	Spin injection, spin transport and controllable ferromagnetism in transition metal doped ZnO
22	Prof. Dr. D. Grundler Dr. Marc Wilde	Strain engineered and field-effect controlled spin-orbit interaction in semiconductor nanostructures: Magnetization and spin transport
23	Prof. Dr. D. Hägele	Ferromagnetic GaN based structures for room temperature spintronics: spin dynamics and spin interactions
28	Prof. Dr. A. Holleitner	Optoelectronic Detection of Non-Equilibrium Spin Transport in the Mesoscopic Regime in Semiconductor Nanostructures
31	Prof. Dr. J. König Dr.-Ing. Michele Governale	Spin pumping through quantum dots
32	Prof. Dr. T. Kuhn Dr. Vollrath Martin Axt	Ultrafast manipulation and quantum kinetics of spin decoherence in magnetic quantum dots
35	Dr. T. Nunner Prof. Dr. Felix v. Oppen	Spin transport and relaxation
36	Prof. Dr. M Oestreich	Coordinator fund
37	Prof. Dr. M Oestreich	Spin dynamics in semiconductors
38	Prof. Dr. W. Ossau	Optical studies of spin phenomena using a two-color Kerr rotation technique with micro spatial resolution and ultra-high polarization sensitivity
41	Dr. D. Reuter Prof. Dr. Andreas D. Wieck	Ferromagnetic GaN by focussed ion beam implanted rare earths
44	Dr. P. Santos Dr. Rudolf Hey	Spin transport and manipulation in GaAs (110) quantum wells using surface acoustic waves
47	PD Dr. G. Schmidt Prof. Dr. Laurens W. Molenkamp	Spin filtering in magnetic II/VI semiconductor quantum dot systems
51	Prof. Dr. G. Schön Dr. Alexander Shnirman Dr. Pablo San-Jose	Effects of spin-orbit interaction and geometric phases on quantum coherent spin transport and spin manipulations in semiconductor quantum dots and devices
52	Prof. Dr. C. Schüller Dr. Tobias Korn	Ultrafast and time-resolved Raman spectroscopy of spin excitations in p-doped semiconductor heterostructures
55	Dr. A. Trampert Prof. Klaus Ploog	Molecular-beam epitaxy of group III nitride-based diluted magnetic semiconductors
56	Prof. Dr. P. Vogl	Microscopic theory of spin-splittings and ballistic spin currents in semiconductor nanostructures
57	Prof. Dr. W. Wegscheider Dr. Dieter Schuh	Charge carrier systems with strong spin-orbit interaction
58	Prof. Dr. D. Weiss Prof. Dr. W. Wegscheider	Spin polarization transport probed in low-dimensional hole systems
59	Dr. M. Wenderoth Prof. Dr. Rainer G. Ulbrich	Electrical transport involving evanescent states in III-V semiconductors: The role of spin-orbit-coupling
60	PD Dr. D. Yakovlev	Spin dynamics of free carriers and magnetic ions in diluted-magnetic-seminconductors heterostructures
61	Prof. Dr. sc. nat. Fritz Henneberger	Quantum dynamics of single spins in semiconductor quantum dots